World Aquaculture Singapore 2022

November 29 - December 2, 2022

Singapore

SOCIO-ECONOMIC CHARACTERISTICS OF FISH FARMERS AND AQUACULTURE DEVELOPMENT PRACTICES IN IBI LOCAL GOVERNMENT AREA OF TARABA STATE, NIGERIA

Joshua, B. Ogunremi, Flourizel Igbani, Dauda, K. Abdullahi and Catherine, Y.  Shetur

Federal University Wukari

Taraba State, Nigeria

jogunremi@gmail.com

 



 

Nigeria as a nation is endowed with good natural resources which can enhance aquaculture

Development to a greater extent; however, the reverse is the case. Aquaculture benefits are numerous; it fulfills protein demand of the country, helps prevent food insecurity, creates jobs for the unemployed, profitable, generate income for individuals and can attract foreign exchange. Despite advantages of aquaculture and various programmes of the Government on aquaculture the expected increase in production is minimal. The study was conducted to determine the socio-economic characteristics of fish farmers and aquaculture development practices in Ibi Local Government Area of Taraba State, Nigeria.

A sampling frame was drawn from the list of 740 fish farmers registered with the Department of Fisheries and Forestry of Ibi Local Government Area, Taraba State. A multistage stratified design was used for selecting the respondents for the study. The first stage involved stratification of the Local Government into Districts (Sarkin Kudu, Dampar and Ibi). The second stage was selection based on the prevalence of fish farmers in the districts. The third stage involved random selection of 30% fish farmers from each district to obtain a sample size of 222 respondents. Data from the study were collected through structured questionnaire and scheduled interview administered to the respondents. Data were analyzed using descriptive statistics and inferential statistics. Descriptive statistics used were frequency distribution and percentages while inferential statistics was non parametric and Chi square analysis to test hypothesis at p<0.05 significant level.

Table 1 showed that 98.7% of the respondents stocked improved fish seed, test cropping 38.3%, water aeration 38.3%, pond liming 32.4%. Table 2 indicated that there is no significant relationship between the socio-economic characteristics of respondents.

A sampling frame was drawn from the list of 740 fish farmers registered with the Department of Fisheries and Forestry of Ibi Local Government Area, Taraba State. A multistage stratified design was used for selecting the respondents for the study. The first stage involved stratification of the Local Government into Districts (Sarkin Kudu, Dampar and Ibi). The second stage was selection based on the prevalence of fish farmers in the districts. The third stage involved random selection of 30% fish farmers from each district to obtain a sample size of 222 respondents. Data from the study were collected through structured questionnaire and scheduled interview administered to the respondents. Data were analyzed using descriptive statistics and inferential statistics. Descriptive statistics used were frequency distribution and percentages while inferential statistics was non parametric and Chi square analysis to test hypothesis at p<0.05 significant level.

Table 1 showed that 98.7% of the respondents stocked improved fish seed, test cropping 38.3%, water aeration 38.3%, pond liming 32.4%. Table 2 indicated that there is no significant relationship between the socio-economic characteristics of respondents.

Table1: Level of Aquaculture development practices in Ibi Local Government Area.

Aquaculture development practices

Responses

Yes       No

Assym. Sig. (2 Tailed)

Use of Improved feeds

29.80

70.20

0.020*

Stocking of improved fish seed

98.70

1.30

0.013*

Test cropping

38.30

61.70

0.041*

Pond fertilization

31.90

68.10

0.043*

Liming

32.40

67.60

0.041*

Water aeration

38.30

61.70

0.024*

Key: * No significant relationship between    the variables

Table 2: Chi Square test relationship between social-economic characteristic of respondents and aquaculture development practices

Aquaculture development practices

Value

Df

Assym. Sig. (2 Tailed)

Decision

Use of Improved feeds

1.140

1

0.286

NS

Stocking of improved fish seed

1.989

3

0.575

NS

Test cropping

5.064

8

0.752

NS

Pond fertilization

3.619

4

0.460

NS

Liming

3.025

4

0.554

NS

Water aeration

3.315

4

0.256

NS